Logical Execution Time (LET) is a timed programming abstraction, which features
predictable and composable timing. It has recently gained considerable attention in the …

The growing demand for computing power in automotive applications can only be satisfied
by embedded multi-core processors. Significant parts of such applications include OEM …

Safety-critical automotive applications require predictable and deterministic execution to not
miss the timing requirements. Logical Execution Time (LET) is a paradigm already …

Timing correctness is crucial in a multi-criticality real-time system, such as an autonomous
driving system. It has been recently shown that these systems can be vulnerable to timing …

The Logical Execution Time paradigm is a promising approach for achieving time-
deterministic communication on multi-core CPUs. Task scheduling under this paradigm is a …

The Logical Execution Time (LET) programming model has been recently employed as a
parallel programming paradigm for multi-core platforms, in particular for porting large single …

The paper presents early work on LetSynchronise, an open-source framework that aims to
facilitate research and collaboration on Logical Execution Time (LET) systems. It offers a …

The evolution to next generation embedded systems is shortening the obsolescence period
of the underlying hardware. As this happens, software designed for those platforms (aka …

In modern embedded automotive systems, multi-core processors are used to provide higher
execution performance and more computing capacity. However, they influence the way …

The automotive industry is confronting the multi-core challenge, where legacy and modern
software must run correctly and efficiently in parallel, by designing their software around the …